SECTOR 04 · PLASTIC MANUFACTURING
Plastic Manufacturing Process HVAC & Chilling
Chilled water mould cooling circuits, injection moulding plant ventilation, blow moulding thermal control, and extrusion heat exhaust in Gujarat GIDC estates.
Key Air Engineering Focus Areas
Custom HVAC systems designed specifically for high operational performance, environmental compliance, and worker thermal comfort.
Injection Mould Chilling
Precision 7°C chilled water circulation loops reducing mould cycle times by up to 22% for high-speed multi-cavity tools.
Mould ChillingCycle Time CutExtrusion & Blow Moulding HVAC
Heavy-duty heat extraction ductwork capturing thermal radiation from heated extruder barrels and hot melt dies.
Extruder ExhaustBarrel HeatResin Granule Conveying Air
Dehumidified air supply for raw polymer hopper dryers preventing moisture bubbles in molded parts.
Hopper Dryer AirDew Point -30°CRegulatory Compliance & Engineering Standards
Cycle Time ReductionChilled water stability within ±0.5°C tolerance.
High CFM ExhaustRemoving hot air over injection moulding machine rows.
Energy Efficient ChillersScrew and scroll chiller plants with VFD pumps.
Shop Floor ComfortEvaporative air cooling dropping ambient temps by 10°C.
INDUSTRY FAQs
Frequently Asked Questions
How does mould chilling improve injection moulding productivity?
Consistent 7°C chilled water rapidly solidifies molten plastic inside the mould cavity, cutting cooling phase times and increasing hourly part output.
How do you handle intense heat over injection moulding machines in summer?
We install high-velocity hood exhausts directly over machine barrels combined with evaporative fresh air supply ducts to maintain worker comfort.
Need a Custom HVAC Design for Your Facility?
Consult with our senior application engineers in Vatva, Ahmedabad today.